Regenerative cooling technologies are considered as an effective and realizable thermal
protection method in scramjets. In this paper, a review of regenerative cooling on the …

In order to effectively estimate the physical fields of active cooling channel with supercritical
pressure hydrocarbon fuel, a novel data-driven reduced-order model framework is firstly …

This paper presents a three-dimensional transient fluid-thermo-structural study of an actively
cooled sandwich panel under hypersonic accelerating-cruise flight conditions. The thermo …

For meeting the comprehensive requirements of “super insulation,”“lightweight,” and
“longevity” of the contemporary ladle, this article designs a new kind of lightweight ladle with …

This paper presents a numerical simulation on the thermal–hydraulic performance of
multiple parallel cooling channels to realize active thermal protection of hypersonic aircraft …

Combined-cycle engine is a potential propulsion system for hypersonic aircraft. To ensure
long-term, normal operation of combined-cycle engine under the harsh environment of high …

A program was developed to predict the physical properties of hydrocarbon aviation fuel that
flows in regenerative cooling channels used for scramjet vehicles. The developed program …

When pursuing higher flight Mach number, engine cooling arises to become more and more
important in advanced aero-engines. Taking the regenerative cooling of SCRamjet for …

Hypersonic air-breathing propulsion (> Mach 5) based on SCRamjet promotes the
revolutions of both military and civilian applications. However, the engine thermal protection …

Regenerative cooling technology plays an important role for development of scramjet
engine. In order to further improve thermal performance of regenerative cooling system with …